How Big Is The Sun? Turns Out We Aren’t Exactly Sure

https://www.iflscience.com/how-big-is-the-sun-turns-out-we-arent-exactly-sure-71672

I found this article incredibly interesting and read it with great enthusiasm, sparked by my growing fascination with the sun, particularly due to the school discussions I've been leading regarding Aditya L1.

During one of these discussions, a student raised a captivating question about the surface of sunlight and whether it can be precisely defined. This question intrigued me, and I shared with the student that the surface of the sun is a plasma, differing from the solid nature of our Earth. However, accurately pinpointing its exact surface proved to be a challenging task.

Another area that has piqued my interest is the subject of the 2023 Nobel Prize, specifically focused on attoseconds and their potential applications in astronomy.

I believe that as physics advances on Earth, so do the instruments used in astronomy and astrophysics. The article highlighted this evolution, demonstrating how we have progressed from measuring sound waves to gaining a more profound understanding of the sun's physics through advanced instruments, particularly in astro seismology.

I am keenly observing the evolution of instruments, especially in spectrophotometry, anticipating the advancements that may emerge from the deeper and more precise movements facilitated by attoseconds.

The blend of high technology science and amateur interest in astronomy is a delightful exploration for me. The continuous progress in our understanding of celestial bodies is a testament to the exciting synergy between technological advancements and the sheer curiosity that fuels our exploration of the cosmos.